AbstractIn this letter, we propose an optimal joint bandwidth and power allocation method for heterogeneous wireless networks (HetNets) by maximizing the users’ quality of experience (QoE), which is a widely used subjective metric reflecting the users’ satisfaction of the multimedia service. By taking two factors into consideration simultaneously: Rate Factor (RF) and Energy Factor (EF), we can measure the QoE of end-users effectively. An optimal QoE-driven allocation algorithm is further developed for maximizing the end-users’ QoE utility subject to the constraints of transmit bandwidth, power and data rate. The simulation results demonstrate the theoretical analysis
There is an increase in usage of smaller cells or femtocells to improve performance and coverage of ...
Fairness provisioning in heterogeneous networks is a prime issue for high-rate data flow, wherein th...
AbstractWith respect to the rapidly growing Fourth Generation (4G) wireless communication system, an...
This work proposes a distributed resource allocation (RA) algorithm for packet bit-interleaved coded...
Telecommunication industry is facing a brand new era nowadays. As the number of mobile devices incre...
We explore radio resource allocation and management issues related to a large-scale heterogeneous (h...
—Achieving high Quality of Service (QoS) is one of the important goals in the latest 5G Heterogeneo...
The rise of third-party content providers and the introduction of numerous applications have been dr...
Current communication landscape focuses on the integration of networks, where these networks exhibit...
In present scenario, the high speed data transmission services has pushed limits for wireless commun...
The fast-moving evolution of wireless networks, which started less than three decades ago, has resul...
In next generation wireless network (NGWN), mobile users are capable of connecting to the core netwo...
This paper addresses the problem of radio access technology (RAT) selection in heterogeneous network...
The problem of load imbalance in HetNets among wireless access technologies is addressed in this ar...
Heterogeneous wireless systems are characterized by the physical coexistence of a variety of radio ...
There is an increase in usage of smaller cells or femtocells to improve performance and coverage of ...
Fairness provisioning in heterogeneous networks is a prime issue for high-rate data flow, wherein th...
AbstractWith respect to the rapidly growing Fourth Generation (4G) wireless communication system, an...
This work proposes a distributed resource allocation (RA) algorithm for packet bit-interleaved coded...
Telecommunication industry is facing a brand new era nowadays. As the number of mobile devices incre...
We explore radio resource allocation and management issues related to a large-scale heterogeneous (h...
—Achieving high Quality of Service (QoS) is one of the important goals in the latest 5G Heterogeneo...
The rise of third-party content providers and the introduction of numerous applications have been dr...
Current communication landscape focuses on the integration of networks, where these networks exhibit...
In present scenario, the high speed data transmission services has pushed limits for wireless commun...
The fast-moving evolution of wireless networks, which started less than three decades ago, has resul...
In next generation wireless network (NGWN), mobile users are capable of connecting to the core netwo...
This paper addresses the problem of radio access technology (RAT) selection in heterogeneous network...
The problem of load imbalance in HetNets among wireless access technologies is addressed in this ar...
Heterogeneous wireless systems are characterized by the physical coexistence of a variety of radio ...
There is an increase in usage of smaller cells or femtocells to improve performance and coverage of ...
Fairness provisioning in heterogeneous networks is a prime issue for high-rate data flow, wherein th...
AbstractWith respect to the rapidly growing Fourth Generation (4G) wireless communication system, an...